Determine the wave function for n=1, l=0, ml=0 (variable separation equation), and derive the equation.  (for the wave function phi use the differential equation, for the wave function tetha with the legendre polynomial equation, for the wave function R use the polynomileguare equation

Q: "Open-Closed" Resonator: with one open and one closed end he odd harmonics can be produced

A: speed of wave = wavelength x frequency  v = fλ

Q: How do you explain that the wave function of the fundamental level of a harmonic oscillator is…

A: The fundamental level wavefunction should mean the ground state wavefunction of linear Harmonic…

Q: 2) Comment on the Phase velocity (Vp) of the waves for increased values of Awo and Δ.Κ.

A: 2. Given Comment on the Phase velocity (Vp) of the waves for increased values of ∆ω and ∆k, as…

Q: Can you use the function and cos(x) to define a wavefunction in the region of 0 <x<π?…

A: We can use the cos(x) and sin(x) functions to make wave function between (0<x<π)Wave function…

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Q: Suppose the autocorrelation function (ACF) of {v} is given by po(s, t). What is the ACF px(s, t) for…

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Q: 22. (a) Solve the classical wave equation governing the vibrations of a stretched string, for a…

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Q: ) A source of spherical waves of frequency f and pressure amplitude A at 1 meter is a distance d…

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Q: Given an infinite well of length 0 to L, and an initial wavefunction which is a tent shaped…

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Q: Ct+CCx = 0. que for any choice of

A: Given as, ct+ccx=0 Fρ=ρ-ρ2

Q: Consider the one-dimensional linear chain in which the force constants neighbor atoms are…

A: The dispersion relation for the frequency is  ω2=1MC1+C2±C12+C22+2C1C2coska (a) The value of ω2 for…

Q: nowing the wavefunction |2,0 ) = sine -sin® alculate |2,1 )

A: f(x , t)=  A SIN (KX - ωt) f(2, 0)   =   6/7π  SINθ  A=  6/7π     here   x= 2    t=0

Q: 7-11. Two cylindrical copper electrodes of radius a are oriented normal to a silicon disk of…

A: Given:-

Q: A resonator is formed by a convex mirror of radius R1=-1 m and a concave mirror of radius R2=1.5 m.…

A: Given:radius of convex mirror, R1 = 1 mradius of the concave mirror, R2 = 1.5 m(we ignore the given…